Latex Ru

Latex Ru

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Women's Collection
Catsuit
Body
Leggings
Dresses
Skirts
Tops
Корсеты, перчатки
Men's Collection
Catsuit
Leggings
Color chart
Российский производитель
Глянец
Rabica
Lacelike
Honyco
Bubbles
Camouflage
Зарубежный производитель
Standard
Translucent
Metallics
Электрики (Radical)
Related products
Latex clothing making. Extensive experience in production, we are not engaged in resale. Pricing includes: cost and delivery of material, fittings, design and construction work. The highest quality materials are used in production. Latex supplier - Radical Rubber.
We produce clothes only according to individual measurements. It is possible to send an electronic version of the patterns.
If you want to get the most out of latex, choose custom made.
There is no cost increase for custom-made fabrication.
2. Quality. It can be assessed by our work. We don't compress the photos on purpose so that we can see the quality of the work. Understatement of the quality of photos, large watermarks covering the model are indirect signs of hiding some "flaws" in the work.
3. Seams. We advise you to pay attention to the seams. Width. Products made from narrower seams from 5 to 7 mm wide look more elegant and neat. Keeping a narrow seam straight over long distances is much more difficult than a wide one. It is very easy to see this on translucent and transparent latex colors. Wide seam - little manufacturing experience. The seams on curved sections are very indicative - darts, on the chest, on the edges of the sleeves. The presence of the so-called "chew" in these places will allow you to draw a conclusion about the quality of workmanship and work experience.
4. Lightning. Pay attention to how the zippers are glued in - how neat. The most reliable type of zipper is the "spiral". Less reliable, although imposing in appearance, is a tractor type lightning.
5. The edges of the latex (neckline, sleeves, legs) on the garment must be "reinforced". Open edges are most prone to tearing. In the case of reinforcement, the gap is excluded. As a rule, a strip of latex with a width of 7 to 20 mm is glued from the inside out. The advantage in this moment is that we do not just glue the strip from the inside out, but we roll up the whole glued element - trousers, sleeves, neck. This is especially true when making a catsuit without a zipper. The throat in this embodiment is subjected to very heavy loads. And if you just reinforce it with a strip from the inside - such a catsuit will not last long. Our option is a fold, which virtually eliminates the possibility of damage to the catsuit without a zipper in the neck. Accurate execution of the operation to turn the neck, sleeves and trousers is not available to all manufacturers due to the laboriousness of its implementation.
4. Lightning. Pay attention to how the zippers are glued in - how neat. The most reliable type of zipper is the "spiral". Less reliable, although imposing in appearance, is a tractor type lightning.
5. The edges of the latex (neckline, sleeves, legs) on the garment must be "reinforced". Open edges are most prone to tearing. In the case of reinforcement, the gap is excluded. As a rule, a strip of latex with a width of 7 to 20 mm is glued from the inside out. The advantage in this moment is that we do not just glue the strip from the inside out, but we roll up the whole glued element - trousers, sleeves, neck. This is especially true when making a catsuit without a zipper. The throat in this embodiment is subjected to very heavy loads. And if you just reinforce it with a strip from the inside - such a catsuit will not last long. Our option is a fold, which virtually eliminates the possibility of damage to the catsuit without a zipper in the neck. Accurate execution of the operation to turn the neck, sleeves and trousers is not available to all manufacturers due to the laboriousness of its implementation.
6. Final cost. It is lower than anyone else's. If you find it cheaper, with equal initial data, we will make an advantageous offer - "heavenly" - does not count :-). Regular customers get a permanent and "pleasant" discount.
7. Individual design ... You can order the production of latex clothing according to sketches, pictures, etc. Our possibilities are limited only by your imagination.
Contact us by email info@magiclatex.ru.

\documentclass { article }

%Russian-specific packages
%--------------------------------------
\usepackage [T2A] { fontenc }
\usepackage [utf8] { inputenc }
\usepackage [russian] { babel }
%--------------------------------------

%Hyphenation rules
%--------------------------------------
\usepackage { hyphenat }
\hyphenation { ма-те-ма-ти-ка вос-ста-нав-ли-вать }
%--------------------------------------

\begin { document }

\tableofcontents

\begin { abstract }
Это вводный абзац в начале документа.
\end { abstract }

\section { Предисловие }
Этот текст будет на русском языке. Это демонстрация того, что символы кириллицы
в сгенерированном документе (Compile to PDF) отображаются правильно.
Для этого Вы должны установить нужный язык (russian)
и необходимую кодировку шрифта (T2A).

\section { Математические формулы }
Кириллические символы также могут быть использованы в математическом режиме.

\begin { equation }
S _ \textup { ис } = S _{ 123 }
\end { equation }

\end { document }

\usepackage { hyphenat }
\hyphenation { мате-мати-ка восста-навливать }

We only use cookies for essential purposes and to improve your experience on our site. You can find out more in our cookie policy .
Essential cookies only Accept all cookies
L a T e X supports many worldwide languages by means of some special packages. In this article is explained how to import and use those packages to create documents in Russian .

Russian language uses the Cyrillic alphabet, therefore a special font encoding is used for this type of documents. Below is an example:

There are several packages in this document related to the encoding and the special characters. These packages will be explained in the next sections.

Modern computer systems allow you to input letters of national alphabets directly from the keyboard. In order to handle a variety of input encodings used for different groups of languages and/or on different computer platforms L a T e X employs the inputenc package to set up input encoding. In this case the package properly displays characters in the Cyrillic alphabet. To use this package add the next line to the preamble of your document:

The recommended input encoding is utf-8 , see the reference guide for a list of Cyrillic-compatible document encodings.

To proper L a T e X document generation you must also choose a font encoding which has to support specific characters for the Russian language, this is accomplished by the fontenc package:

Other font encodings will also work, it all depends on the compiler and the operating system you are using. The default L a T e X encoding is OT1 .

To extended the default L a T e X capabilities, for proper hyphenation and translating the names of the document elements, import the babel package for the Russian language.

As you may see in the example at the introduction , instead of "abstract" and "Contents" the Russian words "Аннотация" and "Содержание" are used. Cyrillic characters can also be used in mathematical mode.

If you need to include more than one language, for instance Russian and English, see the International language support article to learn how to achieve this.

Note: In modern L a T e X distributions you can also define commands in Russian if you're using XeLaTeX or Lua L a T e X as your compiler, but that won't work on older compilers since they treat Cyrillic characters as reserved symbols ;

Sometimes for formatting reasons some words have to be broken up in syllables separated by a - ( hyphen ) to continue the word in a new line. For example, математика could become мате-мати-ка. The package babel , whose usage was described in the previous section, usually does a good job breaking up the words correctly, but if this is not the case you can use a couple of commands in your preamble.

The first command will import the package hyphenat and the second line is a list of space-separated words with defined hyphenation rules. On the other side, if you want a word not to be broken automatically, use the {\nobreak word} command within your document.

Have you checked our knowledge base ?
Message sent! Our team will review it and reply by email.

\documentclass { article }

%Russian-specific packages
%--------------------------------------
\usepackage [T2A] { fontenc }
\usepackage [utf8] { inputenc }
\usepackage [russian] { babel }
%--------------------------------------

%Hyphenation rules
%--------------------------------------
\usepackage { hyphenat }
\hyphenation { ма-те-ма-ти-ка вос-ста-нав-ли-вать }
%--------------------------------------

\begin { document }

\tableofcontents

\begin { abstract }
Это вводный абзац в начале документа.
\end { abstract }

\section { Предисловие }
Этот текст будет на русском языке. Это демонстрация того, что символы кириллицы
в сгенерированном документе (Compile to PDF) отображаются правильно.
Для этого Вы должны установить нужный язык (russian)
и необходимую кодировку шрифта (T2A).

\section { Математические формулы }
Кириллические символы также могут быть использованы в математическом режиме.

\begin { equation }
S _ \textup { ис } = S _{ 123 }
\end { equation }

\end { document }

\usepackage { hyphenat }
\hyphenation { мате-мати-ка восста-навливать }

We only use cookies for essential purposes and to improve your experience on our site. You can find out more in our cookie policy .
Essential cookies only Accept all cookies
L a T e X supports many worldwide languages by means of some special packages. In this article is explained how to import and use those packages to create documents in Russian .

Russian language uses the Cyrillic alphabet, therefore a special font encoding is used for this type of documents. Below is an example:

There are several packages in this document related to the encoding and the special characters. These packages will be explained in the next sections.

Modern computer systems allow you to input letters of national alphabets directly from the keyboard. In order to handle a variety of input encodings used for different groups of languages and/or on different computer platforms L a T e X employs the inputenc package to set up input encoding. In this case the package properly displays characters in the Cyrillic alphabet. To use this package add the next line to the preamble of your document:

The recommended input encoding is utf-8 , see the reference guide for a list of Cyrillic-compatible document encodings.

To proper L a T e X document generation you must also choose a font encoding which has to support specific characters for the Russian language, this is accomplished by the fontenc package:

Other font encodings will also work, it all depends on the compiler and the operating system you are using. The default L a T e X encoding is OT1 .

To extended the default L a T e X capabilities, for proper hyphenation and translating the names of the document elements, import the babel package for the Russian language.

As you may see in the example at the introduction , instead of "abstract" and "Contents" the Russian words "Аннотация" and "Содержание" are used. Cyrillic characters can also be used in mathematical mode.

If you need to include more than one language, for instance Russian and English, see the International language support article to learn how to achieve this.

Note: In modern L a T e X distributions you can also define commands in Russian if you're using XeLaTeX or Lua L a T e X as your compiler, but that won't work on older compilers since they treat Cyrillic characters as reserved symbols ;

Sometimes for formatting reasons some words have to be broken up in syllables separated by a - ( hyphen ) to continue the word in a new line. For example, математика could become мате-мати-ка. The package babel , whose usage was described in the previous section, usually does a good job breaking up the words correctly, but if this is not the case you can use a couple of commands in your preamble.

The first command will import the package hyphenat and the second line is a list of space-separated words with defined hyphenation rules. On the other side, if you want a word not to be broken automatically, use the {\nobreak word} command within your document.

Have you checked our knowledge base ?
Message sent! Our team will review it and reply by email.

\documentclass { article }

%Russian-specific packages
%--------------------------------------
\usepackage [T2A] { fontenc }
\usepackage [utf8] { inputenc }
\usepackage [russian] { babel }
%--------------------------------------

%Hyphenation rules
%--------------------------------------
\usepackage { hyphenat }
\hyphenation { ма-те-ма-ти-ка вос-ста-нав-ли-вать }
%--------------------------------------

\begin { document }

\tableofcontents

\begin { abstract }
Это вводный абзац в начале документа.
\end { abstract }

\section { Предисловие }
Этот текст будет на русском языке. Это демонстрация того, что символы кириллицы
в сгенерированном документе (Compile to PDF) отображаются правильно.
Для этого Вы должны установить нужный язык (russian)
и необходимую кодировку шрифта (T2A).

\section { Математические формулы }
Кириллические символы также могут быть использованы в математическом режиме.

\begin { equation }
S _ \textup { ис } = S _{ 123 }
\end { equation }

\end { document }

\usepackage { hyphenat }
\hyphenation { мате-мати-ка восста-навливать }

We only use cookies for essential purposes and to improve your experience on our site. You can find out more in our cookie policy .
Essential cookies only Accept all cookies
L a T e X supports many worldwide languages by means of some special packages. In this article is explained how to import and use those packages to create documents in Russian .

Russian language uses the Cyrillic alphabet, therefore a special font encoding is used for this type of documents. Below is an example:

There are several packages in this document related to the encoding and the special characters. These packages will be explained in the next sections.

Modern computer systems allow you to input letters of national alphabets directly from the keyboard. In order to handle a variety of input encodings used for different groups of languages and/or on different computer platforms L a T e X employs the inputenc package to set up input encoding. In this case the package properly displays characters in the Cyrillic alphabet. To use this package add the next line to the preamble of your document:

The recommended input encoding is utf-8 , see the reference guide for a list of Cyrillic-compatible document encodings.

To proper L a T e X document generation you must also choose a font encoding which has to support specific characters for the Russian language, this is accomplished by the fontenc package:

Other font encodings will also work, it all depends on the compiler and the operating system you are using. The default L a T e X encoding is OT1 .

To extended the default L a T e X capabilities, for proper hyphenation and translating the names of the document elements, import the babel package for the Russian language.

As you may see in the example at the introduction , instead of "abstract" and "Contents" the Russian words "Аннотация" and "Содержание" are used. Cyrillic characters can also be used in mathematical mode.

If you need to include more than one language, for instance Russian and English, see the International language support article to learn how to achieve this.

Note: In modern L a T e X distributions you can also define commands in Russian if you're using XeLaTeX or Lua L a T e X as your compiler, but that won't work on older compilers since they treat Cyrillic characters as reserved symbols ;

Sometimes for formatting reasons some words have to be broken up in syllables separated by a - ( hyphen ) to continue the word in a new line. For example, математика could become мате-мати-ка. The package babel , whose usage was described in the previous section, usually does a good job breaking up the words correctly, but if this is not the case you can use a couple of commands in your preamble.

The first command will import the package hyphenat and the second line is a list of space-separated words with defined hyphenation rules. On the other side, if you want a word not to be broken automatically, use the {\nobreak word} command within your document.

Have you checked our knowledge base ?
Message sent! Our team will review it and reply by email.

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